In the rectangular basin with sides a=40 cm, b=80 cm, h=40 cm, and whose two walls are metallic, and the rest are insulating, seawater of density r= 1.03 g/cm³, conductivity, is poured Electric up to a height of 20 cm. The metal walls are placed at a potential of V=200 volts, and the entire vat is located in a uniform vertical induction magnetic field B=2T. Find the difference in the levels reached by the liquid on the front and rear walls of the the bucket. a) 9,1 cm b) 9,4 cm VB b c) 9,7 cm g d) 10,0 cm e) 10,3 cm
In the rectangular basin with sides a=40 cm, b=80 cm, h=40 cm, and whose two walls are metallic, and the rest are insulating, seawater of density r= 1.03 g/cm³, conductivity, is poured Electric up to a height of 20 cm. The metal walls are placed at a potential of V=200 volts, and the entire vat is located in a uniform vertical induction magnetic field B=2T. Find the difference in the levels reached by the liquid on the front and rear walls of the the bucket. a) 9,1 cm b) 9,4 cm VB b c) 9,7 cm g d) 10,0 cm e) 10,3 cm
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Transcribed Image Text:In the rectangular basin with sides a=40 cm, b=80
cm, h=40 cm, and whose two walls are metallic,
and the rest are insulating, seawater of density
r= 1.03 g/cm³, conductivity, is poured Electric up
to a height of 20 cm. The metal walls are placed at
a potential of V=200 volts, and the entire vat is
located in a uniform vertical induction magnetic
field B=2T. Find the difference in the levels
reached by the liquid on the front and rear walls
of the the bucket.
a) 9,1 cm
b) 9,4 cm
B
b
c) 9,7 cm
↓g
b
d) 10,0 cm
e) 10,3 cm
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